Advanced physics

A one common point on the x-y plane are three different forces F1, F2, Fs applied. Given: F1 =3V/2N, F2) = 3N, Fal = V5N 01 = 45, 0g = 180", (3 = 333, 5" Fa a) Determine the resultant R with a graphical solution. b) Calculate the resultant R. c) Determine the magnitude of Fa in such a way, that the line of action of the Resultant R is on the line of action of Fz E 1a.2: At a point three forces are applied as shown in the sketch. Given: F - 500 N, 01 = 45' F, = 300 N, 02 = 200' F3 - 400 N, 03 - 315' Fi Find the Force F that will keep the system in eqilibrium. Solve this first with a graphical approch and check your result with an analytical solution